By Michael J. Flynn, Wayne Luk
The subsequent iteration of desktop procedure designers may be much less fascinated about info of processors and stories, and extra concerned with the weather of a approach adapted to specific functions. those designers can have a basic wisdom of processors and different parts within the approach, however the luck in their layout is determined by the talents in making system-level tradeoffs that optimize the associated fee, functionality and different attributes to fulfill software necessities. This booklet presents a brand new therapy of computing device approach layout, quite for System-on-Chip (SOC), which addresses the problems pointed out above. It starts with an international creation, from the high-level view to the bottom universal denominator (the chip itself), then strikes directly to the 3 major development blocks of an SOC (processor, reminiscence, and interconnect). subsequent is an summary of what makes SOC detailed (its customization skill and the purposes that force it). the ultimate bankruptcy offers destiny demanding situations for method layout and SOC possibilities.Content:
Chapter 1 advent to the structures technique (pages 1–38):
Chapter 2 Chip fundamentals: Time, region, energy, Reliability, and Configurability (pages 39–73):
Chapter three Processors (pages 74–122):
Chapter four reminiscence layout: System?on?Chip and Board?Based platforms (pages 123–164):
Chapter five Interconnect (pages 165–207):
Chapter 6 Customization and Configurability (pages 208–245):
Chapter 7 software stories (pages 246–284):
Chapter eight what is subsequent: demanding situations forward (pages 285–312):
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Additional resources for Computer System Design: System-on-Chip
Virtual memory is often supported by a memory management unit. 13 Example SOC Embedded Memory Macro Cell (See Chapter 4 for the Discussion on Cell Types) Vendor Cell Type (Typical) Virage Logic ATMOS IBM 6T (SRAM) 1T (eDRAM) 1T (eDRAM) SOC User (Typical) SigmaTel/ARM Philips IBM Note: T refers to the number of transistors in a 1-bit cell. 1. The application produces a process address. This, together with the process or user ID, defines the virtual address: virtual address = offset + (program) base + index, where the offset is specified in the instruction while the base and index values are in specified registers.
It is not until many units are shipped that the marginal manufacturing cost can approach the ultimate manufacturing costs. After this, manufacturing produces units at a cost increasingly approaching the ultimate manufacturing cost. Still, during this time, there is a continuing development effort focused on extending the life of the product and broadening its market applicability. Will the product make a profit? From the preceding discussion, it is easy to see how sensitive the cost is to the product life and to the number of products shipped.
Vector processors have several features that enable them to achieve high performance. One feature is the ability to concurrently load and store values between the vector register file and the main memory while performing computations on values in the vector register file. This is an important feature since the limited length of vector registers requires that vectors longer than the register length would be processed in segments—a technique called strip mining. Not being able to overlap memory accesses and computations would pose a significant performance bottleneck.